Network system, client and client control method

ABSTRACT

A network system has a printer with an internal web browser connected to a web server. The printer has a request unit that sends an HTTP request with printer status information embedded in the URL to the server, a data acquisition unit that gets HTML data from the server, and a print unit that executes a printing process based on the supplied HTML data. The server includes a request receiving unit that receives HTTP requests from the printer, a data transmission unit that sends HTML data to the client, and a status management unit that manages the printer status based on the status information embedded in the URL of the HTTP request.

Priority is claimed under 35 U.S.C. §119 from Japanese patentapplication no. JP 2010-225658 filed on Oct. 5, 2010, which is herebyincorporated by reference in their entirety.

BACKGROUND

1. Technical Field

The present invention relates to a network system in which a client witha web browser and a web server are connected over a network, and to theclient and a method of controlling the client.

2. Related Art

Japanese Unexamined Patent Appl. Pub. JP-A-2004-272468 teaches a networksystem that enables printing labels without downloading an applicationto a client by installing an application for printing labels on a webserver, and installing a web browser and a web printing tool on theclient. This type of network system requires the web server to know thestatus of the client. More particularly with the network system taughtin JP-A-2004-272468, the web server must know the printing status of thelabel printer connected to the client. This can be done by installing aspecial program on the client and regularly reporting the client statusto the web server (first method). Another known method is for the webserver to access the client to get the client status, and acquire theresponse to this access attempt as the client status.

However, this first method, which requires installing a special programon the client, also requires using a special server as the web server.The second method, which requires the web server to access the client toacquire the client status, can only be used in specific environmentsbecause the web server cannot access the client through a firewall, andtherefore cannot be used in environments that use a typical home router,for example.

Both of these methods thus require a special server or environment inorder for the web server to manage the client status, and building thenetwork system is therefore expensive.

Managing client status with a web server also necessarily increasesclient-server communication. Because the processing load of the webserver therefore increases, a high performance web server is needed, aweb server specifically for managing client status information isrequired, and the overall cost of the service increases.

SUMMARY

A network system, a status management method for a network system, and aprogram according to the invention enable managing client status bymeans of a web server at a low cost.

A first aspect of the invention is a network system having a web serverand a client with an internal web browser connected over a network,wherein: the client includes a request unit that sends an HTTP requestfor acquiring data to the server, a data acquisition unit that gets HTMLdata supplied from the server in response to the HTTP request, and aprocess execution unit that executes a process based on the suppliedHTML data; and the server includes a request receiving unit thatreceives the HTTP request from the client, a data transmission unit thatsends the HTML data to the client, and a status management unit thatmanages the client status; and the request unit embeds the client statusinformation in the URL of the HTTP request.

Another aspect of the invention is a client with an internal web browserconnected to a web server over a network, including a request unit thatsends an HTTP request for acquiring data to the server; a dataacquisition unit that gets HTML data supplied from the server inresponse to the HTTP request; and a process execution unit that executesa process based on the supplied HTML data. The request unit embeds theclient status information in the URL of the HTTP request.

Another aspect of the invention is a control method for a client with aninternal web browser connected to a web server over a network, includingsteps of: sending an HTTP request for acquiring data to the server;getting HTML data supplied from the server in response to the HTTPrequest; and executing a process based on the supplied HTML data; andembedding the client status information in the URL of the HTTP request.

Communication for only sending status information is not required withthis aspect of the invention because the client sends its own statusinformation embedded in the URL of the HTTP request sent to the server.As a result, communication between the client and server can be reduced.A general use server can therefore be used and building a specialclient-server environment is not necessary because a special server orenvironment are not required. A low-cost network system can therefore beassembled, and the cost of managing client status by means of a webserver can be reduced.

In a network system according to another aspect of the invention, thedata transmission unit embeds a check status message prompting checkingthe status in the HTML data; and the request unit embeds the clientstatus information in the URL of the HTTP request based on the checkstatus message.

Because the server sends a check status message embedded in HTML data tothe client, communication from the server only to check the clientstatus is not necessary in this embodiment of the invention. The numberof client-server communication instances can therefore be reduced.

In a network system according to another aspect of the invention, whenstatus information indicating a problem with the client is contained inthe HTTP request acquired by the request receiving unit, the datatransmission unit embeds the check status message in the HTML data.

This aspect of the invention enables checking the client status asneeded, such as when troubleshooting a client problem is required.

In a network system according to another aspect of the invention, thecheck status message includes a troubleshooting program fortroubleshooting a client problem.

This aspect of the invention enables troubleshooting client problemseven when a troubleshooting program is not installed in the client.

In a network system according to another aspect of the invention, thedata transmission unit preferably embeds the check status message in theHTML data when a specific time has passed since the last time a checkstatus message was sent.

This aspect of the invention enables determining the client status atany time as a result of the server sending a check status message, evenwhen a HTTP request is not received from the client.

In a network system according to another aspect of the invention, theclient is preferably a printer, and the process execution unit is aprint unit that executes a printing process based on the acquired HTMLdata.

This aspect of the invention enables using the invention to provide aprinting service using a web server. In addition, because a web browseris built in to the printer, the server can communicate directly with theprinter without going through a computer, and a network system can bebuilt at even lower cost.

In a network system according to another aspect of the invention, theprinter preferably has a print format storage unit that stores a printformat; and the print unit reads a print format specified in the HTMLdata from the print format storage unit and prints.

Because this aspect of the invention stores print formats in theprinter, the amount of HTML data that is communicated can be reducedbecause it is only necessary to include data specifying the print formatin the HTML data (because the print data does not need to be included inthe HTML data) sent from the server.

Other objects and attainments together with a fuller understanding ofthe invention will become apparent and appreciated by referring to thefollowing description and claims taken in conjunction with theaccompanying drawings.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a block diagram of a network system according to a firstembodiment of the invention.

FIG. 2 is a function block diagram of the network system.

FIG. 3 describes a common HTTP request.

FIG. 4 is a screen transition diagram showing the printing flow of aprinter.

FIG. 5 describes a HTTP request containing status information.

FIG. 6A shows an example of a troubleshooting program.

FIG. 6B shows an example of the result of the client-side process basedon the error interpretation program.

FIG. 7 is a flow chart of the server process.

FIG. 8 is a flow chart of the printer process.

FIG. 9 continues the flow chart of the printer process shown in FIG. 8.

FIG. 10 shows a variation of HTML data.

FIG. 11 shows a variation of the printing method and HTML data.

DESCRIPTION OF EMBODIMENTS

A preferred embodiment of a network system, client, and client controlmethod according to the present invention is described below withreference to the accompanying figures. This embodiment describes anetwork system having a kiosk terminal with a printing function that isinstalled in a convenience store, for example, with the kiosk printerconnected to a server over the Internet.

FIG. 1 is a block diagram of the network system SY. As shown in thefigure, an network system SY according to this embodiment of theinvention has one or more printers 10 (only one shown in the figure)that function as clients, and a server 20 that centrally manages theseone or more printers 10. The printers 10 and the server 20 are connectedover a network (Internet) NT.

The main hardware components of the printer 10 include a web browser 11,printer-side controller 12, extension plug-in 13, print format memory14, touch panel 15, and print mechanism 16.

The web browser 11 is a software application for displaying HTML data.The printer-side controller 12 includes a CPU (central processing unit),ROM (read-only memory), and RAM (random access memory), and controlsinternal printer 10 operations.

The plug-in 13 executes printing processes based HTML data from the webbrowser 11.

The print format memory 14 nonvolatilely stores the print formatsupplied from (downloaded from) the server 20.

The touch panel 15 includes a display for displaying browser content,and a touch pad for inputting information.

The print mechanism 16 is a mechanism for issuing tickets and otherprintout 31 (see FIG. 5). The print mechanism 16 includes a paper feedmechanism, printhead, and paper cutter, for example. This embodiment ofthe invention anticipates using continuous receipt paper as the printmedium, but rectangular cut-sheet paper may be used. Any appropriateprinting method can also be used, including inkjet and laser(electrophotographic printing) methods.

The main hardware components of the server 20 include a web server 21,server-side controller 22, and print format database 23.

The web server 21 is a software application for sending HTML data to aweb browser 11. The server-side controller 22 includes a CPU, ROM, andRAM, and controls internal server 20 operations.

The print format database 23 stores numerous print formats that the webserver 21 serves to the printers 10.

Thus configured, the server 20 (web server 21) generates print jobs inresponse to HTTP requests from the connected printers 10 (web browser11), and returns the print jobs wrapped in HTML data. When a printformat is requested from a printer 10, the server 20 reads and suppliesthe requested print format from the print format database 23 to theprinter 10. The server 20 manages printer 10 status based on the statusinformation sent from each printer 10.

Each printer 10 sends its own status information embedded in the URL(Uniform Resource Locator) of the HTTP request sent to the web server21. This is described in further detail below.

FIG. 2 is a function block diagram of the network system SY. The mainfunctional components of the printer 10 include a request unit 110,status collection unit 120, troubleshooting unit 130, data acquisitionunit 140, print format storage unit 150, print unit (process executionunit) 160, and display unit 170.

The request unit 110 sends HTTP requests for acquiring data to theserver 20, and includes primarily the web browser 11 and printer-sidecontroller 12. The request unit 110 embeds printer 10 status informationin the URL of an HTTP request at specific times (when executing aspecific request). When a check status message is received from theserver 20 through the data acquisition unit 140 described below, therequest unit 110 embeds the printer 10 status information in the URL ofan HTTP request according to the check status message. The statusinformation embedded in the URL of the HTTP request is used by theserver 20 to manage printer 10 (client) status.

The status collection unit 120 collects status information about theprinter 10, and is rendered primarily by the plug-in 13. The printerstatus information collected by the status collection unit 120 refers tothe operating state of hardware and software components of the printer10, including the touch panel 15 and print mechanism 16. Wheninformation identifying a specific hardware and/or software component isincluded in the check status message, the status of the specifiedhardware and/or software component is obtained. Examples of statusinformation include paper jams (and where the jam occurred), no paper,printing completion (normal, failure), errors (including error codes),and number of pages printed. The status information also includes ano-ink status in the case of an inkjet printer, and a no-toner status inthe case of a laser printer. The printer model, remaining ink (toner)level, print volume, location, administrator, and other MIB (ManagementInformation Base) values are also included in the status information,and collected by the status collection unit 120.

When a troubleshooting program (check printer script, see FIG. 6A) foranalyzing printer 10 problems is contained in the check status message,the troubleshooting unit 130 determines the hardware or software problemin the printer 10 according to the troubleshooting program, and isrendered primarily by the printer-side controller 12. The result fromthe troubleshooting unit 130 is sent to the server 20 as part of thestatus information by the request unit 110 (embedded in the URL of theHTTP request).

The data acquisition unit 140 gets the HTML data supplied from theserver 20 in response to the HTTP request, and is rendered mainly by theweb browser 11 and plug-in 13. Note that the check status message isinformation contained in the HTML data acquired by the data acquisitionunit 140. More specifically, the server 20 (data transmission unit 230described below) sends the check status message embedded in the HTMLdata sent to the printer 10.

The print format storage unit 150 stores the print format downloadedfrom the server 20, and is rendered mainly by the print format memory14.

The print unit 160 is rendered primarily by the print mechanism 16, andwhen the target format, which is the intended print format of theprintout, is stored in the print format storage unit 150, the print unit160 prints using this target format. When the target format is not inthe print format storage unit 150, the print unit 160 downloads thetarget format from the server 20 for printing.

The display unit 170 is rendered mainly by the touch panel 15, anddisplays a graphical user interface (GUI) enabling user operations.

The main functional parts of the server 20 include a request receiver210, print service unit 220, data transmission unit 230, status manager240, and print format supply unit 250.

The request receiver 210 receives HTTP requests from the printer 10, andis rendered primarily by the request receiver 210. As described above,status information may be embedded in the URL of the HTTP request.

The print service unit 220 supplies printing services such as generatingprint jobs according to the flow of the printing process.

The data transmission unit 230 sends HTML data to the printer 10, and isrendered primarily by the web server 21 and server-side controller 22.The data transmission unit 230 also outputs a check status messageembedded in HTML data as required.

Note that “as required” as used herein means that status informationindicating a printer 10 problem is contained in the HTTP requestacquired by the request receiver 210.

The status manager 240 manages the status of client devices such as theconnected printers 10 based on the status information embedded in theURL of the HTTP request acquired by the request receiver 210, and isrendered primarily by the server-side controller 22.

The print format supply unit 250 supplies the print format read from theprint format database 23 to the connected printers 10, and is renderedprimarily by the print format database 23.

An example of communication between the printer 10 and server 20 isdescribed next with reference to FIG. 3 to FIG. 6. FIG. 3 describes acommon HTTP request sent by the printer 10. As shown in the figure, theprinter 10 sends a GET request to the server 20 to request a particularpage. In response, the server 20 returns “200 OK” (an HTTP status codeindicating the request was processed normally) and HTML data to theprinter 10. When the content of the HTML data is as indicated by thedotted line in the figure, the touch panel 15 of the printer 10 displaysa browser page based on the HTML data. A “404 Not found” HTTP statuscode is returned when the printer 10 inputs the wrong URL.

FIG. 4 shows the screen transitions on the touch panel 15 during theprinting process of the printer 10. In this embodiment of the inventiona web page is sent from the server 20 according the flow of the printingprocess as shown in the figure. More specifically, a printing page(ticket_a.html) is displayed based on the selection made at the top page(top.html), either a printing completed page (print_complete.HTML,) orfailure report (print_failed.html) is displayed according to the resultof the printing operation, and the top page (top.html) is then displayedagain.

FIG. 5 describes communication between the printer 10 and server 20 whenthe printing page (ticket_a.html) in FIG. 4 is selected. As shown in thefigure, the printer 10 sends status information embedded in the URL ofthe HTTP request requesting the printing page. In the example shown, thestatus information is “?status=mm”. The server 20 returns HTML data suchas shown in the dotted line in the figure in response to the HTTPrequest. The printer 10 displays a message such as “printing ticket A .. . ” in a browser window on the touch panel 15, and produces a printout31 using format_a according to the HTML data.

FIG. 6A shows an example of a check status message (troubleshootingprogram) that the server 20 embeds in HTML data. This example says tocheck the printing-related hardware and check the touch panel 15(display), and print “xxxxxxxx” using format_support if there are noprinting-related hardware problems and there is a problem with the touchpanel 15.

FIG. 6B shows the result (that is, printout 31) of the process executedaccording to the check status message in FIG. 6A. As shown in thefigure, a telephone number and user instructions are printed based onthe print command contained in the “xxxxxxxx” part of the check statusmessage.

The server 20 and printer 10 processes are described next with referenceto FIG. 7 to FIG. 9. FIG. 7 is a flow chart of the server 20 process.When the server 20 receives a web request (HTTP request) from theprinter 10 (S01), it sends a web page according to the flow of theprinting process (S02). More specifically, the server 20 sends HTML datafor displaying the top page (top.html) shown in FIG. 4 to the printer10. When a print request is then received from the printer 10 (S03), theserver 20 generates a print job according to the print request, andsends the print job embedded in HTML data (S04). More specifically, whena button labelled “ticket A” or a button labelled “ticket B” is selected(clicked) on the top page (top.html) shown in FIG. 4, a print request isreceived from the printer 10 as shown in FIG. 5, and the server 20returns HTML data.

The server 20 then determines if status information is contained in theprint request (S05). If status information is included (S05 returnsYes), the status information is recorded in a storage device not shown,and a report is sent to the administrator according to the content ofthe status information (S06). A report could be sent by displaying amessage on a display device (not shown in the figure) connected to the200, by e-mail, or other communication means, for example.

If status information is not included in S05 (S05 returns No), steps S06to S08 are omitted.

If status information is contained in the print request, whether thestatus information indicates a problem is determined (S07). If there isa problem (S07 returns Yes), the troubleshooting program (check statusmessage, see FIG. 6A) is embedded in HTML data and sent to the printer10 (S08). If the status information does not indicate a problem (S07returns No), step S08 is skipped. A post-printing request is thenreceived from the printer 10 (S09). A post-printing request refers toaccessing an end-of-printing page (print_complete.html orprint_failed.html). Although not shown specifically in the flow chart,if status information is contained in the post-printing request,operation repeats from step S05.

The printer 10 process is described next referring to FIG. 8 and FIG. 9.

The printer 10 sends a web request to the server 20 as a result of usermanipulation of the browser on the touch panel 15 (S21). As a result,the printer 10 receives HTML data for the printing service page (toppage) from the server 20 (S22). The printer 10 collects and embedsprinter status information by means of the plug-in 13 in the next URL(S23). The printer 10 also sends a print request with status information(HTTP request with status information embedded in the URL) to the server20 based on the user's print command (selection of the ticket A orticket B button on the top page) (S24).

When the printer 10 receives HTML data from the server 20 (S25), theplug-in 13 determines if print data is contained in the HTML data (S26in FIG. 9). If print data is included (S26 returns Yes), the printer 10determines if the target format used for printing has already beendownloaded (is stored in the print format memory 14) (S27). If the printformat was already downloaded (S27 returns Yes), the printer 10 readsthe target format from print format memory 14 (S28) and prints using thetarget format (S30). If the target format has not been downloaded (S27returns No), the printer 10 requests and acquires the target format fromthe server 20 (S29), and prints (S30). If print data is not contained inthe acquired HTML data (S26 returns No), steps S27 to S30 are skipped.

The printer 10 then determines if a check status message is embedded inthe acquired HTML data (S31), and if a check status message is embedded(S31 returns Yes), the plug-in 13 collects and embeds the statusinformation in the next URL (S32). The printer 10 then determines if atroubleshooting program is included in the check status message (S33),and if it is (S33 returns Yes), determines the printer 10 problem andexecutes a process based on the result (S34). “Executing a process basedon the result” as used herein means producing printout 31 such as shownin FIG. 6B or displaying a message on the touch panel 15. Note thatsteps S32 to S34 are skipped if step S31 returns No, and step S34 isskipped if S33 returns No.

As described above, the printer 10 embeds its status information in theURL of an HTTP request sent to the server 20 in the network system SYaccording to this embodiment of the invention, and therefore does notneed to separately communicate only the printer status. This reducestraffic between the client and server. In addition, because a specialserver or environment is not required, the network system SY can bebuilt inexpensively and the cost of managing printer 10 (client) statusinformation by means of a server can therefore be reduced.

Furthermore, because the server 20 sends a check status message embeddedin the HTML data for the printing service, the server 20 does not needto communicate with the printer 10 simply to check the device status.Communication between the client and server can therefore be reduced. Inaddition, because the server 20 embeds a check status message whenstatus information indicating a problem is contained in the acquiredHTTP request, the server 20 can check the device status when needed. Yetfurther, by including a troubleshooting program in the check statusmessage, troubleshooting is possible even when a troubleshooting programis not installed in the printer 10.

Furthermore, because the printer 10 according to this embodiment of theinvention has a built-in web browser 11, the server 20 can communicatedirectly with the printer 10 without going through a computer or otherdevice, and the network system SY can be constructed at an even lowercost.

Because the printer 10 stores print formats inside the printer 10, dataspecifying a print format can be simply included in the HTML data sentfrom the server 20, and the amount of HTML data can therefore bereduced.

The server 20 in the embodiment described above sends data (such as“format_a”) specifying the print format in the HTML data related toprinting as shown in FIG. 5 and FIG. 10A, but HTML data that does notspecify the format could be sent as shown in FIG. 10B. Morespecifically, the server 20 could send HTML data that has all of theprint data embedded in the “mmmmmmm . . . ” part shown in the figure.

This embodiment of the invention prints “ticket A” or “ticket B” using aprint format as described above, but could print by substituting orinserting a user-specified image or other specific image.

FIG. 11 illustrates this substitution process. The user selects a ticketon the first screen, and then selects the pattern (image) to beinserted. As a result, printout 31 using the format corresponding to theselected ticket and the selected image can be produced. A script such asshown in the dotted line in the figure is an example of HTML data sentfrom the server 20 in this case.

A barcode reader, magnetic card reader, or other input device could beconnected to the printer 10 side, and input data from the input devicecould be inserted to the print format specified by the server 20 andprinted. A real-time clock (RTC) could also be incorporated in theprinter 10, and date or time information kept by the RTC could beinserted to the print format and printed. In this case a previouslyrendered format is preferably stored as the print format. Morespecifically, a previously rendered format is preferably supplied fromthe server 20 (print format supply unit 250).

A “previously rendered format” as used herein means a format convertedto the specific printing method of the printer 10, or more specificallya format including control codes corresponding to the manufacturer andmodel of the printer 10. By storing the print format in a previouslyrendered form, the time required for the printing process can besignificantly shortened because a rendering process is not needed whenthe printer 10 executes the printing process.

The printer 10 (request unit 110) embeds its own status information inthe URL of the HTTP request at specific times in the embodimentdescribed above, but the status information collected by the statuscollection unit 120 could always be embedded in the URL when an HTTPrequest is sent. Further alternatively, status information could beembedded and sent in the URL of the HTTP request only when a checkstatus message is acquired from the server 20 instead of the printer 10sending the status information automatically.

Further alternatively, the printer 10 (client) could monitor a specificcondition, and send status information only when the condition issatisfied (or not satisfied). For example, a clock could be incorporatedin the printer 10, and status information could be embedded and sent inthe URL of the HTTP request sent next when a specified time has passedsince the last time status information was sent.

Alternatively, the server 20 could count a specified time. In this case,the server 20 (data transmission unit 230) sends a check status messageembedded in HTML data when a specified time has passed since the lasttime a check status message was sent. This configuration enables theserver 20 to send a check status message to the printer 10 and therebyalways know the printer 10 status even when an HTTP request is notreceived from the printer 10.

Components of the network system SY (printer 10, server 20) describedabove can also be provided as a computer-executable program. The programcan also be provided stored on a recording medium such as CD-ROM, flashmemory, or other storage medium.

A network system SY that is used in a convenience store is described byway of example above, but can obviously also be used in environmentsother than convenience stores and other retail stores.

A printer 10 is also used as an example of a client above, but theinvention can also be applied to network systems including electronicdevices other than printers 10 (such as display devices, playbackdevices, and communication devices). In other words, the invention canbe used with any type of client that is used in an environment requiringstatus management by means of a network-connected server.

The invention being thus described, it will be obvious that it may bevaried in many ways. Such variations are not to be regarded as adeparture from the spirit and scope of the invention, and all suchmodifications as would be obvious to one skilled in the art are intendedto be included within the scope of the following claims.

1-17. (canceled)
 18. A network system, comprising a printer and a webserver, the web server being connected to the printer over a network,wherein the printer includes: a print unit configured to execute a printprocess; a status collection unit configured to collect statusinformation about the printer; and a request unit configured to send anHTTP print request for acquiring print data to the web server, thestatus information being embedded in the HTTP print request; and whereinthe web server includes: a request receiver configured to receive theHTTP print request; and a status manager configured to manage the statusof the printer based on the status information embedded in the HTTPprint request.
 19. The network system described in claim 18, wherein thestatus information is the status of a hardware component and/or asoftware component of the printer.
 20. The network system described inclaim 18, wherein the printer includes a touch panel configured todisplay a web browser.
 21. The network system described in claim 20,wherein: the touch panel is configured to input information; and therequest unit is configured to send the HTTP print request to the webserver based on the information input by the touch panel.
 22. Thenetwork system described in claim 18, further comprising an input deviceconnected to the printer and configured to send input data to theprinter.
 23. The network system described in claim 22, wherein the inputdevice is a barcode reader or a magnetic card reader.
 24. A printerconnected to a web server over a network, comprising: a print unitconfigured to execute a print process; a status collection unitconfigured to collect status information about the printer; and arequest unit configured to send an HTTP print request for acquiringprint data to the web server, the status information being embedded inthe HTTP print request.
 25. The printer described in claim 24, whereinthe status information is the status of a hardware component and/or asoftware component of the printer.
 26. The printer described in claim24, further comprising a touch panel configured to display a webbrowser.
 27. The printer described in claim 26, wherein the touch panelis configured to input information; and the request unit is configuredto send the HTTP print request to the web server based on theinformation input by the touch panel.
 28. A control method for a networksystem, comprising a printer and a web server, the web server beingconnected to the printer over a network, comprising: collecting statusinformation about the printer by a status collection unit of theprinter; sending an HTTP print request for acquiring print data to theweb server by a request unit of the printer, the status informationbeing embedded in the HTTP print request; receiving the HTTP printrequest by a request receiver of the web server; and managing the statusof the printer based on the status information embedded in the HTTPprint request by a status manager of the web server.
 29. The controlmethod for a network system described in claim 28, wherein the statusinformation is the status of a hardware component and/or a softwarecomponent of the printer.
 30. The control method for a network systemdescribed in claim 28, further comprising: inputting input informationby a touch panel of the printer; and sending the HTTP print request tothe web server based on the information input by the touch panel by therequest unit of the printer.